Index C++ Code Documentation template <class Number> math::Vector3Math Derived from: math::Vector3 File: BASE/math/Vector3Math.H public: inline Vector3Math(); void constructor inline Vector3Math( Number, Number, Number ); constructor inline Vector3Math( Number * ); constructor inline Vector3Math( Vector3<Number> const &a ); copy constructor inline ~Vector3Math(); destructor inline Vector3Math<Number> &operator=( Vector3<Number> const &a ); assignment operators static inline Number det( Vector3Math<Number> const &a, Vector3Math<Number> const &b, Vector3Math<Number> const &c ); R^3 OPERATIONS det(a, b, c) static inline Number area( Vector3Math<Number> const &a, Vector3Math<Number> const &b ); area of (unoriented) triangle with vertices a, 0, b returns value in [0,infty) static inline Number area( Vector3Math<Number> const &a, Vector3Math<Number> const &b, Vector3Math<Number> const &c ); area of (unoriented) triangle with vertices a, b, c returns value in [0,infty) static inline Number angle( Vector3Math<Number> const &a, Vector3Math<Number> const &b ); returns the (unoriented) angle from 0a to 0b (0=origin) returned value in [0,pi) static inline Number angle( Vector3Math<Number> const &a, Vector3Math<Number> const &o, Vector3Math<Number> const &b ); returns the (unoriented) angle from oa to ob returned value in [0,pi) inline void cross( Vector3Math<Number> const &a, Vector3Math<Number> const &b ); c = oa cross ob inline int normal( Vector3Math<Number> const &, Vector3Math<Number> const &, Vector3Math<Number> const & ); returns normal to plane containing points a, b, c static inline Number cross_norm(Vector3Math<Number> const &, Vector3Math<Number> const & ); norm(a)*norm(b) - (a.b)^2 static inline Number dihedral_angle( Vector3Math<Number> const &a, Vector3Math<Number> const &b, Vector3Math<Number> const &c, Vector3Math<Number> const &d ); returns the (unoriented) dihedral angle between the planes spanned by a,b,c and a,b,d protected: private:
	template <class Number> math::Vector3Math GANG